7mesh Tantalus L/S Jersey

Item number: 94946

Embrace the elements with our long-sleeved cycling jersey, designed for the road and gravel enthusiasts who refuse to let the changing seasons slow them down. Crafted from windproof material, this jersey is your shield against the brisk winds of spring, autumn, and even the chillier winter rides. Its versatile design ensures you stay comfortable, warm, and focused on the path ahead, whether you're tackling a steep gravel climb or cruising on the open road. The jersey's material not only blocks the wind but is also breathable, preventing overheating during intense efforts. Ideal for transitional weather, it's the perfect addition to your cycling wardrobe, offering protection without compromising on performance. With its sleek design and durable construction, this jersey is ready to accompany you on every adventure, from the first leaf fall to the last snow melt.

Specifications:

Design:: Long-sleeved
Application:: Road, Gravel
Temperature Range:: winter
Gender:: Men´s

Technical Information:

Material Features:: Windproof

Features:

High-performance long-sleeved cycling jersey designed for road and gravel biking in spring, autumn, and winter conditions.
Windproof material ensures a comfortable ride by protecting against chilly gusts.
Ideal for varying temperatures, suitable for winter, spring, and autumn seasons.
Versatile design caters to both road and gravel biking adventures.
Crafted from advanced materials to keep the cold out and warmth in during rides.
A perfect blend of functionality and style for the modern cyclist.

Materials:

92% Polyester (recycled), 8% Elastane

Technology:

Wind Thermal Ventilation (WTV)
The Wind Thermal Ventilation Technology by 7mesh creates an optimal balance between wind protection, ventilation, and insulation performance. WTV fabrics consist of two layers: the outer layer uses a high-density stretch fabric that acts as a wind blocker and regulates incoming air. Inside, there is brushed thermal material that stores warm air and releases moisture to the outside. The system works due to the air pressure differences that exist between the outside and inside.